//Case 1091: 1.3.7_WorkFlow_AcquireRVG+SetImageInfo+GetPresentationStateInfo_RadioLogInformation public void Run_PS_Acq_Radiolog_Case1091() { //int runCount = this.Input.Repetition; int runCount = 0; // this is the initial run count. Use this count to repeat different test data set. foreach (InputDataSet ids in this.Input.DataSets) { runCount++; Round r = this.NewRound(runCount.ToString(), "Test round"); //Mark the check point here to indicate what's the check point here CheckPoint p1 = new CheckPoint("createPatient", "Setup environment of createPatient"); CheckPoint p2 = new CheckPoint("startAcquisition", "Setup environment of acquisition"); CheckPoint p3 = new CheckPoint("getAcquisitionResult", "Setup environment of image and PS id"); CheckPoint p4 = new CheckPoint("setImageInfo", "Setup environment of setImageInfo"); CheckPoint p5 = new CheckPoint("getImageInfo", "Test getImageInfo"); CheckPoint p6 = new CheckPoint("getPresentationStateInfo", "Test getPresentationStateInfo"); r.CheckPoints.Add(p1); r.CheckPoints.Add(p2); r.CheckPoints.Add(p3); r.CheckPoints.Add(p4); r.CheckPoints.Add(p5); r.CheckPoints.Add(p6); //create required PAS service instaces here PatientService pats = new PatientService(); AcquisitionService acq = new AcquisitionService(); ImageService img = new ImageService(); PresentationStateService ps = new PresentationStateService(); //create input parameters here, it may include XML path type and string type value XMLParameter pa1 = new XMLParameter("patient"); XMLParameter pa2 = new XMLParameter("acq_info"); XMLParameter pa3 = new XMLParameter("getAcquisitionResult"); XMLParameter pa4 = new XMLParameter("image"); XMLParameter pa5 = new XMLParameter("image"); XMLParameter pt6 = new XMLParameter("presentationstate"); XMLParameterCollection pa6 = new XMLParameterCollection(); try { for (int i = 0; i < ids.InputParameters.Count; i++) { switch (ids.InputParameters.GetParameter(i).Step) { case "createPatient": pa1.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); break; case "acquire": pa2.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); break; case "setImageInfo": pa4.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); break; default: Console.WriteLine("There is no valid selection when parse input parameters."); break; } } //If we need change parameter by specific logic, please put code here //Get service result //Step1 result XMLResult step1_result = pats.createPatient(pa1); //Log step1 service output if (step1_result.IsErrorOccured) { p1.Result = TestResult.Fail; p1.Outputs.AddParameter("createPatient", "Error", step1_result.ResultContent); SaveRound(r); continue; } p1.Result = TestResult.Pass; p1.Outputs.AddParameter("createPatient", "Success", step1_result.ResultContent); //Change input parameter according the output of Step1 pa2.AddParameter("patient_internal_id", step1_result.SingleResult); //Step2 result //if acquireType isn't emtpy string, skip step2, here is only RVG acquisition bool acqflag = true; XMLResult step3_result = new XMLResult(); if (pa2.GetParameterValueByName("acquireType") == null || pa2.GetParameterValueByName("acquireType") == "") { XMLResult rslAcqRVG = acq.startAcquisition(pa2); System.Threading.Thread.Sleep(3000); if (rslAcqRVG.IsErrorOccured) { System.Diagnostics.Debug.Print("Acquire fail:"); p2.Result = TestResult.Fail; p2.Outputs.AddParameter("acquire", "Acquire image error", rslAcqRVG.Message); } else { p2.Result = TestResult.Pass; p2.Outputs.AddParameter("acquire", "Acquire session ID", rslAcqRVG.SingleResult); int DORVGcount = 0; do { System.Threading.Thread.Sleep(3000); System.Diagnostics.Debug.Print("get acquire in do"); DORVGcount++; step3_result = acq.getAcquisitionResult(rslAcqRVG.SingleResult); if (!step3_result.IsErrorOccured) { // move this to out of do-while loop as need check the return value is correct or not there //p3.Result = TestResult.Pass; //p3.Outputs.AddParameter("acquire", "Get acquire image", step3_result.Message); acqflag = false; break; } if (step3_result.Code != 501) { continue; } else { p3.Result = TestResult.Fail; p3.Outputs.AddParameter("acquire", "Get acquire image error", step3_result.Message); acqflag = false; } System.Diagnostics.Debug.Print("get acquireResult:" + DORVGcount); if (DORVGcount > 60) { p3.Result = TestResult.Fail; p3.Outputs.AddParameter("acquire", "Get acquire image error", "Acquire greate with 3 minutes, timeout!"); acqflag = false; break; } } while (acqflag); } } //Change input parameter according the output of Step3 // if step3 is skipped, step4,step5,setp6 input has no need parameter of internal_id //2012-11-28/19006723: Chanege as ther getAcquisitionResult result change, need new way to get the image ID and PS ID string imgInternalID = string.Empty; string psInternalID = string.Empty; ParseXMLContent parser = new ParseXMLContent(step3_result.ResultContent); // To parse the return XML string imageID = parser.getStringWithPathAndType("trophy/object_info", "image", "value"); string[] imageIDs = imageID.Split(new string[] { ";" }, StringSplitOptions.RemoveEmptyEntries); int imageCount = imageIDs.Length; string psID = parser.getStringWithPathAndType("trophy/object_info", "presentation_state", "value"); string[] psIDs = psID.Split(new string[] { ";" }, StringSplitOptions.RemoveEmptyEntries); int psCount = psIDs.Length; if (imageCount == 1 && psCount == 1) { p3.Result = TestResult.Pass; p3.Outputs.AddParameter("acquire", "getAcquisitionResult return OK", step3_result.ResultContent); imgInternalID = imageIDs[0]; psInternalID = psIDs[0]; pa5.AddParameter("internal_id", imgInternalID); pt6.AddParameter("internal_id", psInternalID); } else { p3.Result = TestResult.Fail; p3.Outputs.AddParameter("acquire", "getAcquisitionResult return ERROR", step3_result.ResultContent); SaveRound(r); continue; // Not run below steps } //if (step3_result.MultiResults.Count > 0) //{ // for (int j = 0; j < step3_result.MultiResults.Count; j++) // { // for (int i = 0; i < step3_result.MultiResults[j].Parameters.Count; i++) // { // if (step3_result.MultiResults[j].Parameters[i].ParameterName == "image_internal_id") // { // imgInternalID = step3_result.MultiResults[j].Parameters[i].ParameterValue; // pa5.AddParameter("internal_id", step3_result.MultiResults[j].Parameters[i].ParameterValue); // } // if (step3_result.MultiResults[j].Parameters[i].ParameterName == "presentation_state_internal_id") // { // pt6.AddParameter("internal_id", step3_result.MultiResults[j].Parameters[i].ParameterValue); // } // } // } //} //Step4 result XMLResult step4_result = img.setImageInfo(pa4, imgInternalID); //Log step4 service output if (step4_result.IsErrorOccured) { p4.Result = TestResult.Fail; p4.Outputs.AddParameter("setImageInfo", "Error", step4_result.ResultContent); SaveRound(r); continue; } p4.Result = TestResult.Pass; p4.Outputs.AddParameter("setImageInfo", "Success", step4_result.ResultContent); //Step5 result XMLResult step5_result = img.getImageInfo(pa5); //Log step3 service output //Compare the Expected parameters of getImageInfo and output result of getImageInfo //count of compare matched parameters int compCount = 0; //count of expected parameters on getImageInfo int expectedParameterCount = 0; for (int index = 0; index < ids.ExpectedValues.Parameters.Count; index++) { if (ids.ExpectedValues.Parameters[index].Step == "getImageInfo") { expectedParameterCount++; } } for (int index = 0; index < ids.ExpectedValues.Parameters.Count; index++) { if (ids.ExpectedValues.Parameters[index].Step == "getImageInfo" && ids.ExpectedValues.Parameters[index].Value == step5_result.DicomArrayResult.GetParameterValueByName(ids.ExpectedValues.Parameters[index].Key)) { compCount++; } } if (step5_result.IsErrorOccured || compCount != expectedParameterCount) { p5.Result = TestResult.Fail; p5.Outputs.AddParameter("getImageInfo", "Error", step5_result.ResultContent); SaveRound(r); continue; } p5.Result = TestResult.Pass; p5.Outputs.AddParameter("getImageInfo", "Success", step5_result.ResultContent); //Change input parameter according the output of Step6 //generate input parameter collection of step6 pa6.Add(pt6); //Step6 result XMLResult step6_result = ps.getPresentationStateInfo(pa6); //Log step6 service output //Compare the Expected parameters of getPresentationStateInfo and output result of getPresentationStateInfo compCount = 0; //count of expected parameters on getPresentationStateInfo expectedParameterCount = 0; for (int index = 0; index < ids.ExpectedValues.Parameters.Count; index++) { if (ids.ExpectedValues.Parameters[index].Step == "getPresentationStateInfo") { expectedParameterCount++; } } for (int index = 0; index < ids.ExpectedValues.Parameters.Count; index++) { if (ids.ExpectedValues.Parameters[index].Step == "getPresentationStateInfo" && ids.ExpectedValues.Parameters[index].Value == step6_result.DicomArrayResult.GetParameterValueByName(ids.ExpectedValues.Parameters[index].Key)) { compCount++; } } if (step6_result.IsErrorOccured || compCount != expectedParameterCount) { p6.Result = TestResult.Fail; p6.Outputs.AddParameter("getPresentationStateInfo", "Error", step6_result.ResultContent); } else { p6.Result = TestResult.Pass; p6.Outputs.AddParameter("getPresentationStateInfo", "Success", step6_result.ResultContent); } //Save data for each round SaveRound(r); } catch (Exception ex) { CheckPoint p = new CheckPoint("Excepption", "Exception thrown when case run: "+ex.ToString()); r.CheckPoints.Add(p); SaveRound(r); } } //Save service log as xml file Output(); }
// Case 1562: 1.1.04.05 SetImage_WorkFlow_02_Call setImage when archive path is NOT accessible and then call again when its accessible public void Run_Image_SetInfo_WorkFlow_Case1562() { int runCount = 0; foreach (InputDataSet ids in this.Input.DataSets) { runCount++; Round r = this.NewRound(runCount.ToString(), ids.Description); try { #region Parameter initialize string patientInternalId = string.Empty; string objectFileFullPath = string.Empty; string archivedPath = string.Empty; XMLParameter pSetImageInfo = new XMLParameter("image"); XMLParameter pSetImageInfoWithError = new XMLParameter("image"); for (int i = 0; i < ids.InputParameters.Count; i++) { if (ids.InputParameters.GetParameter(i).Step == "importImage") { if (ids.InputParameters.GetParameter(i).Key == "patient_internal_id") { patientInternalId = ids.InputParameters.GetParameter(i).Value; } else if (ids.InputParameters.GetParameter(i).Key == "objectFileFullPath") { objectFileFullPath = ids.InputParameters.GetParameter(i).Value; } else if (ids.InputParameters.GetParameter(i).Key == "archivePath") { archivedPath = ids.InputParameters.GetParameter(i).Value; } } else if (ids.InputParameters.GetParameter(i).Step == "setImageInfo_error") { pSetImageInfoWithError.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); } else if (ids.InputParameters.GetParameter(i).Step == "setImageInfo_correct") { pSetImageInfo.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); } } #endregion #region Step 1: Call ImportService.importObject to import a image string imageInternalID = string.Empty; string currentPSID = string.Empty; ImportService importService = new ImportService(); CheckPoint cpImportImage = new CheckPoint("Import Image", "Call ImportService.importObject to import an archived image"); r.CheckPoints.Add(cpImportImage); XMLResult rtImportImage = importService.importObject(patientInternalId, null, objectFileFullPath, archivedPath, true, "false"); if (rtImportImage.IsErrorOccured) { cpImportImage.Result = TestResult.Fail; cpImportImage.Outputs.AddParameter("Import image returns error", "Import image", rtImportImage.Message); SaveRound(r); continue; // There is error when create image, end current run } else { cpImportImage.Result = TestResult.Pass; cpImportImage.Outputs.AddParameter("Import image returns success", "Import image", rtImportImage.Message); imageInternalID = rtImportImage.MultiResults[0].Parameters[0].ParameterValue; currentPSID = rtImportImage.MultiResults[1].Parameters[0].ParameterValue; } #endregion ImageService imageService = new ImageService(); #region Step 2-1: Check the getImageDescription return is correct after import image CheckPoint cpGetImageDescriptionAfterImport = new CheckPoint("Check getImageDescription return", "Check getImageDescription return is corerct or not after import image"); r.CheckPoints.Add(cpGetImageDescriptionAfterImport); XMLResult rtGetImageDescriptionAfterImport = imageService.getImageDescription(imageInternalID); string imagePathAfterImport = rtGetImageDescriptionAfterImport.MultiResults[0].GetParameterValueByName("path"); string archivedPathAfterImport = rtGetImageDescriptionAfterImport.MultiResults[0].GetParameterValueByName("archive_path"); string archiveTagAfterImport = rtGetImageDescriptionAfterImport.MultiResults[0].GetParameterValueByName("tags"); if (imagePathAfterImport == string.Empty && archivedPathAfterImport == archivedPath && string.IsNullOrEmpty(archiveTagAfterImport)) { cpGetImageDescriptionAfterImport.Result = TestResult.Pass; cpGetImageDescriptionAfterImport.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is correct after import image"); } else { cpGetImageDescriptionAfterImport.Result = TestResult.Fail; cpGetImageDescriptionAfterImport.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is not correct after import image. Actually get: " + rtGetImageDescriptionAfterImport.ResultContent); } #endregion #region Step 2-2: Check the info is correct in getImageInfo return after import image CheckPoint cpGetImageInfoAfterImport = new CheckPoint("Check getImageInfo return", "Check getImageInfo return is corerct or not import the image"); r.CheckPoints.Add(cpGetImageInfoAfterImport); XMLParameter pGetImageInfoAfterImport = new XMLParameter("image"); pGetImageInfoAfterImport.AddParameter("internal_id", imageInternalID); XMLResult rtGetImageInfo = imageService.getImageInfo(pGetImageInfoAfterImport); imagePathAfterImport = rtGetImageInfo.DicomArrayResult.GetParameterValueByName("path"); archivedPathAfterImport = rtGetImageInfo.DicomArrayResult.GetParameterValueByName("archive_path"); archiveTagAfterImport = rtGetImageInfo.DicomArrayResult.GetParameterValueByName("tags"); if (string.IsNullOrEmpty(imagePathAfterImport) && string.IsNullOrEmpty(archivedPathAfterImport) && string.IsNullOrEmpty(archiveTagAfterImport)) // archivedPathAfterImport == archivedPath, will be supported in new service { cpGetImageInfoAfterImport.Result = TestResult.Pass; cpGetImageInfoAfterImport.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is correct after import image"); } else { cpGetImageInfoAfterImport.Result = TestResult.Fail; cpGetImageInfoAfterImport.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is not correct after import image. Actually get: " + rtGetImageInfo.ResultContent); } #endregion #region Step 3-1: Call imageService.SetImageInfo to save the archived image but the archive path is wrong CheckPoint cpSetImageInfowithError = new CheckPoint("Set Image Info", "Call ImageService.SetImageInfo to save the archived image as normal image, with wrong path"); r.CheckPoints.Add(cpSetImageInfowithError); XMLResult rtSetImageInfowithError = imageService.setImageInfo(pSetImageInfoWithError, imageInternalID); if (rtSetImageInfowithError.IsErrorOccured) { cpSetImageInfowithError.Result = TestResult.Pass; cpSetImageInfowithError.Outputs.AddParameter("SetImageInfo returns error as expected", "SetImageInfo", rtSetImageInfowithError.Message); } else { cpSetImageInfowithError.Result = TestResult.Fail; cpSetImageInfowithError.Outputs.AddParameter("SetImageInfo returns success unexpectly", "SetImageInfo", rtSetImageInfowithError.Message); } #endregion System.Threading.Thread.Sleep(1000); #region Step 3-2: Call ImageService.SetImageInfo to save the archived image as normal image again CheckPoint cpSetImageInfo = new CheckPoint("Set Image Info", "Call ImageService.SetImageInfo to save the archived image as normal image again, with correct path"); r.CheckPoints.Add(cpSetImageInfo); XMLResult rtSetImageInfo = imageService.setImageInfo(pSetImageInfo, imageInternalID); if (rtSetImageInfo.IsErrorOccured) { cpSetImageInfo.Result = TestResult.Fail; cpSetImageInfo.Outputs.AddParameter("SetImageInfo returns error", "SetImageInfo", rtSetImageInfo.Message); } else { cpSetImageInfo.Result = TestResult.Pass; cpSetImageInfo.Outputs.AddParameter("SetImageInfo returns success", "SetImageInfo", rtSetImageInfo.Message); // Wait the file is transferred to server DB System.Threading.Thread.Sleep(3000); // Below to check the info is correct after setImageInfo. Check points includes: //1. The Image ID and PS ID are not changed //2. GetImageDescription return correct image path and archive path, correct archive flag //3. GetImageInfo return correct image path, correct archive flag //4. Use the image path to check the image file is in server DB //5. The original archived image is not deleted #region Step 4: Check the ps is set, not newly created after set image CheckPoint cpPSID = new CheckPoint("Check PS ID", "Check the PS ID is not changed after call setImageInfo"); r.CheckPoints.Add(cpPSID); XMLParameter pListPS = new XMLParameter("filter"); pListPS.AddParameter("current", "true"); string currentPSIDAfterSet = imageService.listPresentationState(pListPS, imageInternalID).SingleResult; // may need change if (currentPSIDAfterSet == currentPSID) { cpPSID.Result = TestResult.Pass; cpPSID.Outputs.AddParameter("listPresentationState", "Check PS ID", "The PS ID is not changed"); } else { cpPSID.Result = TestResult.Fail; cpPSID.Outputs.AddParameter("listPresentationState", "Check PS ID", "The PS ID is changed. Expect: " + currentPSID + "; Actually new PS ID: " + currentPSIDAfterSet); } #endregion string imagePathAfterSet = string.Empty; string archivePathAfterSet = string.Empty; string archiveTagAfterSet = string.Empty; #region Step 5: Check the getImageDescription return is correct after set image CheckPoint cpGetImageDescriptionAfterSet = new CheckPoint("Check getImageDescription return", "Check getImageDescription return is corerct or not after call setImageInfo"); r.CheckPoints.Add(cpGetImageDescriptionAfterSet); XMLResult rtGetImageDescriptionAfterSet = imageService.getImageDescription(imageInternalID); imagePathAfterSet = rtGetImageDescriptionAfterSet.MultiResults[0].GetParameterValueByName("path"); archivePathAfterSet = rtGetImageDescriptionAfterSet.MultiResults[0].GetParameterValueByName("archive_path"); archiveTagAfterSet = rtGetImageDescriptionAfterSet.MultiResults[0].GetParameterValueByName("tags"); if (imagePathAfterSet.Contains(imageInternalID) && string.IsNullOrEmpty(archivePathAfterSet) && string.IsNullOrEmpty(archiveTagAfterSet)) // imagePathAfterSet sample: C:/Documents and Settings/All Users/Application Data/TW/PAS/pas_data/patient/03/8af0a7e63310cc65013310d46d0e0003/1956bc28-ca5e-4720-a857-d4de18fc1479/02962f27-e4be-4d59-b112-9663a2f2572b.dcm" { cpGetImageDescriptionAfterSet.Result = TestResult.Pass; cpGetImageDescriptionAfterSet.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is correct after set image"); } else { cpGetImageDescriptionAfterSet.Result = TestResult.Fail; cpGetImageDescriptionAfterSet.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is not correct after set image. Actually get: " + rtGetImageDescriptionAfterSet.ResultContent); } #endregion #region Step 6: Check the getImageinfo return is correct after set image CheckPoint cpGetImageInfoAfterSet = new CheckPoint("Check getImageInfo return", "Check getImageInfo return is corerct or not after call setImageInfo"); r.CheckPoints.Add(cpGetImageInfoAfterSet); XMLParameter pGetImageInfoAfterSet = new XMLParameter("image"); pGetImageInfoAfterSet.AddParameter("internal_id", imageInternalID); XMLResult rtGetImageInfoAfterSet = imageService.getImageInfo(pGetImageInfoAfterSet); imagePathAfterSet = rtGetImageInfoAfterSet.DicomArrayResult.GetParameterValueByName("path"); archivePathAfterSet = rtGetImageInfoAfterSet.DicomArrayResult.GetParameterValueByName("archive_path"); archiveTagAfterSet = rtGetImageInfoAfterSet.DicomArrayResult.GetParameterValueByName("tags"); if (imagePathAfterSet.Contains(imageInternalID) && string.IsNullOrEmpty(archivePathAfterSet) && string.IsNullOrEmpty(archiveTagAfterSet)) { cpGetImageInfoAfterSet.Result = TestResult.Pass; cpGetImageInfoAfterSet.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is correct after set image"); } else { cpGetImageInfoAfterSet.Result = TestResult.Fail; cpGetImageInfoAfterSet.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is not correct after set image. Actually get: " + rtGetImageInfoAfterSet.ResultContent); } #endregion #region Step 7: Check the file exist in server DB CheckPoint cpImageInDB = new CheckPoint("Check file in DB", "Check the file exist in server DB after call setImageInfo"); r.CheckPoints.Add(cpImageInDB); if (Utility.IsImageExistInServerDB(imagePathAfterSet)) { cpImageInDB.Result = TestResult.Pass; cpImageInDB.Outputs.AddParameter("Check the file exist in server DB after call setImageInfo", "Check file in DB", "File exist"); } else { cpImageInDB.Result = TestResult.Fail; cpImageInDB.Outputs.AddParameter("Check the file exist in server DB after call setImageInfo", "Check file in DB", "File NOT exist"); } #endregion #region Step 8: Check the original archived image is not deleted CheckPoint cpOriginalArchivedImage = new CheckPoint("Check original archived file", "Check the original archived image is not deleted after call setImageInfo"); r.CheckPoints.Add(cpOriginalArchivedImage); if (System.IO.File.Exists(archivedPath)) { cpOriginalArchivedImage.Result = TestResult.Pass; cpOriginalArchivedImage.Outputs.AddParameter("Check the original archived image is not deleted after call setImageInfo", "Check original archived file", "File exist"); } else { cpOriginalArchivedImage.Result = TestResult.Fail; cpOriginalArchivedImage.Outputs.AddParameter("Check the original archived image is not deleted after call setImageInfo", "Check original archived file", "File NOT exist"); } #endregion } #endregion #region Step 9: Call ImageService.deleteImage to delete the created image CheckPoint cp_DeleteImage = new CheckPoint("Delete Image", "Call imageService.deleteImage to delete the image"); r.CheckPoints.Add(cp_DeleteImage); XMLResult rt_DeleteImage = imageService.deleteImage(imageInternalID, new XMLParameter("preferences")); if (rt_DeleteImage.IsErrorOccured) { cp_DeleteImage.Result = TestResult.Fail; cp_DeleteImage.Outputs.AddParameter("delete image", "Delete image returns error", rt_DeleteImage.Message); } else { cp_DeleteImage.Result = TestResult.Pass; cp_DeleteImage.Outputs.AddParameter("delete image", "Delete image returns success", rt_DeleteImage.Message); } #endregion SaveRound(r); } catch (Exception ex) { CheckPoint cp = new CheckPoint(); r.CheckPoints.Add(cp); cp.Result = TestResult.Fail; cp.Outputs.AddParameter("Exception thrown", "Exception Message", ex.Message); SaveRound(r); } } Output(); }
// Case 1178: 1.3.6_WorkFlow_N04_createImage_getImageInfo_getImageDescription_setImageInfo_getImageInfo_getImageDescription_deleteImage public void Run_Image_WorkFlow_Case1178() { int runCount = 0; string imageinternalUid = string.Empty; foreach (InputDataSet ids in this.Input.DataSets) { runCount++; Round r = this.NewRound(runCount.ToString(), "Test Image Service: createImage -> getImageInfo & getImageDescription -> setImageInfo -> getImageInfo & getImageDescription -> deleteImage"); try { ImageService imageService = new ImageService(); #region Parameter Initialize XMLParameter p_CreateImage = new XMLParameter("image"); XMLParameter p_SetImageInfo = new XMLParameter("image"); //XMLParameter p_SetImage_series = new XMLParameter("series"); for (int i = 0; i < ids.InputParameters.Count; i++) { if (ids.InputParameters.GetParameter(i).Step == "createImage_image") { p_CreateImage.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); } if (ids.InputParameters.GetParameter(i).Step == "setImageInfo") { p_SetImageInfo.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); } //if (ids.InputParameters.GetParameter(i).Step == "setImageInfo_series") //{ // p_SetImage_series.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); //} } XMLParameter ep_getImageInfoAfterCreate = new XMLParameter("image"); XMLParameter ep_getImageDescriptionAfterCreate = new XMLParameter("image"); //XMLParameter ep_getImageDescriptionAfterCreate_series = new XMLParameter("series"); XMLParameter ep_getImageInfoAfterSet = new XMLParameter("image"); XMLParameter ep_getImageDescriptionAfterSet = new XMLParameter("image"); //XMLParameter ep_getImageDescriptionAfterSet_series = new XMLParameter("series"); for (int i = 0; i < ids.ExpectedValues.Count; i++) { if (ids.ExpectedValues.GetParameter(i).Step == "getImageInfo_AfterCreate") { ep_getImageInfoAfterCreate.AddParameter(ids.ExpectedValues.GetParameter(i).Key, ids.ExpectedValues.GetParameter(i).Value); } else if (ids.ExpectedValues.GetParameter(i).Step == "getImageDescription_AfterCreate") { ep_getImageDescriptionAfterCreate.AddParameter(ids.ExpectedValues.GetParameter(i).Key, ids.ExpectedValues.GetParameter(i).Value); } //else if (ids.ExpectedValues.GetParameter(i).Step == "getImageDescription_AfterCreate_series") //{ // ep_getImageDescriptionAfterCreate_series.AddParameter(ids.ExpectedValues.GetParameter(i).Key, ids.ExpectedValues.GetParameter(i).Value); //} else if (ids.ExpectedValues.GetParameter(i).Step == "getImageInfo_AfterSet") { ep_getImageInfoAfterSet.AddParameter(ids.ExpectedValues.GetParameter(i).Key, ids.ExpectedValues.GetParameter(i).Value); } else if (ids.ExpectedValues.GetParameter(i).Step == "getImageDescription_AfterSet") { ep_getImageDescriptionAfterSet.AddParameter(ids.ExpectedValues.GetParameter(i).Key, ids.ExpectedValues.GetParameter(i).Value); } //else if (ids.ExpectedValues.GetParameter(i).Step == "getImageDescription_AfterSet_series") //{ // ep_getImageDescriptionAfterSet_series.AddParameter(ids.ExpectedValues.GetParameter(i).Key, ids.ExpectedValues.GetParameter(i).Value); //} } #endregion #region Step 1: Call ImageService.createImage to create a new image CheckPoint cp_CreateImage = new CheckPoint("Image create", "Call imageService.createImage to create a new image"); r.CheckPoints.Add(cp_CreateImage); XMLResult rt_CreateImage = imageService.createImage(p_CreateImage); if (rt_CreateImage.IsErrorOccured) { cp_CreateImage.Result = TestResult.Fail; cp_CreateImage.Outputs.AddParameter("create", "Create image returns error", rt_CreateImage.Message); SaveRound(r); break; // There is error, end test case } else { cp_CreateImage.Result = TestResult.Pass; cp_CreateImage.Outputs.AddParameter("create", "Create image returns success", rt_CreateImage.Message); imageinternalUid = rt_CreateImage.SingleResult; } #endregion #region Step 2: Call imageService.getImageInfo to check the return value CheckPoint cp_GetImageInfoAfterCreate = new CheckPoint("Get Image Info", "Call imageService.GetImageInfo to get Image Info after the image is created"); r.CheckPoints.Add(cp_GetImageInfoAfterCreate); XMLParameter p_GetImageInfoAfterCreate = new XMLParameter("image"); p_GetImageInfoAfterCreate.AddParameter("internal_id", imageinternalUid); XMLResult rt_GetImageInfoAfterCreate = imageService.getImageInfo(p_GetImageInfoAfterCreate); if (rt_GetImageInfoAfterCreate.IsErrorOccured) { cp_GetImageInfoAfterCreate.Result = TestResult.Fail; cp_GetImageInfoAfterCreate.Outputs.AddParameter("getImageInfo", "Get image info after create returns error", rt_GetImageInfoAfterCreate.Message); goto CLEANUP; } else { //Check the value bool isValueEqual = false; bool isKeyShow = false; foreach (XMLParameterNode psNode in ep_getImageInfoAfterCreate.Parameters) { isValueEqual = false; isKeyShow = false; int i = 0; for (i = 0; i < rt_GetImageInfoAfterCreate.MultiResults[0].Parameters.Count; i++) { if (psNode.ParameterName == rt_GetImageInfoAfterCreate.MultiResults[0].Parameters[i].ParameterName) { isKeyShow = true; isValueEqual = string.Equals(psNode.ParameterValue, rt_GetImageInfoAfterCreate.MultiResults[0].Parameters[i].ParameterValue); break; // End current for loop to search node } } if (!isValueEqual) // There value is not matched or not found, log fail and then end the compare progress { cp_GetImageInfoAfterCreate.Result = TestResult.Fail; if (isKeyShow) { System.Diagnostics.Debug.Print("The return value in getImageInfo does not match the expected."); cp_GetImageInfoAfterCreate.Outputs.AddParameter("ImageInfo", "Check the values in getImageInfo return after create image", "The value does not match the expected for node: " + psNode.ParameterName + ". Expect: " + psNode.ParameterValue + ". Actually: " + rt_GetImageInfoAfterCreate.MultiResults[0].Parameters[i].ParameterValue); } else { System.Diagnostics.Debug.Print("The return value in getImageInfo does not contain the node: " + psNode.ParameterName); cp_GetImageInfoAfterCreate.Outputs.AddParameter("ImageInfo", "Check the values in getImageInfo return after create image", "The return value in getImageInfo does not contain the node: " + psNode.ParameterName); } break; // End current foreach loop, not compare the follwing nodes } } if (isValueEqual) { cp_GetImageInfoAfterCreate.Result = TestResult.Pass; System.Diagnostics.Debug.Print("The return values in getImageInfo all match the expected."); cp_GetImageInfoAfterCreate.Outputs.AddParameter("getImageInfo", "Get image info after create returns success", rt_GetImageInfoAfterCreate.Message); cp_GetImageInfoAfterCreate.Outputs.AddParameter("ImageInfo", "Check the values in getImageInfo return after create", "The return values in getImageInfo all match the expected"); } } #endregion #region Step 3: Call ImageService.getImageDescription to check the return value CheckPoint cp_GetImageDescriptionAfterCreate = new CheckPoint("Get Image Description", "Call Call imageService.GetImageDescription to get Image description after the image is created"); r.CheckPoints.Add(cp_GetImageDescriptionAfterCreate); XMLResult rt_GetImageDescriptionAfterCreate = imageService.getImageDescription(imageinternalUid); if (rt_GetImageDescriptionAfterCreate.IsErrorOccured) { cp_GetImageDescriptionAfterCreate.Result = TestResult.Fail; cp_GetImageDescriptionAfterCreate.Outputs.AddParameter("getImageDescription", "Get image description after create returns error", rt_GetImageDescriptionAfterCreate.Message); goto CLEANUP; } else { //Check the value bool isValueEqual = false; bool isKeyShow = false; foreach (XMLParameterNode psNode in ep_getImageDescriptionAfterCreate.Parameters) { isValueEqual = false; isKeyShow = false; int i = 0; for (i = 0; i < rt_GetImageDescriptionAfterCreate.MultiResults[0].Parameters.Count; i++) { if (psNode.ParameterName == rt_GetImageDescriptionAfterCreate.MultiResults[0].Parameters[i].ParameterName) { isKeyShow = true; isValueEqual = string.Equals(psNode.ParameterValue, rt_GetImageDescriptionAfterCreate.MultiResults[0].Parameters[i].ParameterValue); break; // End current for loop to search node } } if (!isValueEqual) // There value is not matched or not found, log fail and then end the compare progress { cp_GetImageDescriptionAfterCreate.Result = TestResult.Fail; if (isKeyShow) { System.Diagnostics.Debug.Print("The return value in getImageDescription does not match the expected."); cp_GetImageDescriptionAfterCreate.Outputs.AddParameter("ImageDescription", "Check the values in getImageDescription return after create image", "The value does not match the expected for node: " + psNode.ParameterName + ". Expect: " + psNode.ParameterValue + ". Actually: " + rt_GetImageDescriptionAfterCreate.MultiResults[0].Parameters[i].ParameterValue); } else { System.Diagnostics.Debug.Print("The return value in getImageDescription does not contain the node: " + psNode.ParameterName); cp_GetImageDescriptionAfterCreate.Outputs.AddParameter("ImageDescription", "Check the values in getImageDescription return after create image", "The return value in getImageDescription does not contain the node: " + psNode.ParameterName); } break; // End current foreach loop, not compare the follwing nodes } } if (isValueEqual) { cp_GetImageDescriptionAfterCreate.Result = TestResult.Pass; System.Diagnostics.Debug.Print("The return values in getImageDescription all match the expected."); cp_GetImageDescriptionAfterCreate.Outputs.AddParameter("getImageDescription", "Get image Description after create returns success", rt_GetImageDescriptionAfterCreate.Message); cp_GetImageDescriptionAfterCreate.Outputs.AddParameter("ImageDescription", "Check the values in getImageDescription return after create", "The return values in getImageDescription all match the expected"); } } #endregion #region Step 4: Call imageService.setImageInfo to set image info CheckPoint cp_SetImageInfoAfterCreate = new CheckPoint("Set Image Info", "Call imageService.SetImageInfo to set Image Info after the image is created"); r.CheckPoints.Add(cp_SetImageInfoAfterCreate); XMLResult rt_SetImageInfoAfterCreate = imageService.setImageInfo(p_SetImageInfo, imageinternalUid); if (rt_SetImageInfoAfterCreate.IsErrorOccured) { cp_SetImageInfoAfterCreate.Result = TestResult.Fail; cp_SetImageInfoAfterCreate.Outputs.AddParameter("setImageInfo", "Set image info after create returns error", rt_SetImageInfoAfterCreate.Message); goto CLEANUP; } else { cp_SetImageInfoAfterCreate.Result = TestResult.Pass; cp_SetImageInfoAfterCreate.Outputs.AddParameter("setImageInfo", "Set image info after create returns success", rt_SetImageInfoAfterCreate.Message); } #endregion #region Step 5: Call imageService.getImageInfo to check the return value CheckPoint cp_GetImageInfoAfterSet = new CheckPoint("Get Image Info", "Call imageService.GetImageInfo to get Image Info after set the image info"); r.CheckPoints.Add(cp_GetImageInfoAfterSet); XMLParameter p_GetImageInfoAfterSet = new XMLParameter("image"); p_GetImageInfoAfterSet.AddParameter("internal_id", imageinternalUid); XMLResult rt_GetImageInfoAfterSet = imageService.getImageInfo(p_GetImageInfoAfterSet); if (rt_GetImageInfoAfterSet.IsErrorOccured) { cp_GetImageInfoAfterSet.Result = TestResult.Fail; cp_GetImageInfoAfterSet.Outputs.AddParameter("getImageInfo", "Get image info after set returns error", rt_GetImageInfoAfterSet.Message); goto CLEANUP; } else { //Check the value bool isValueEqual = false; bool isKeyShow = false; foreach (XMLParameterNode psNode in ep_getImageInfoAfterSet.Parameters) { isValueEqual = false; isKeyShow = false; int i = 0; for (i = 0; i < rt_GetImageInfoAfterSet.MultiResults[0].Parameters.Count; i++) { if (psNode.ParameterName == rt_GetImageInfoAfterSet.MultiResults[0].Parameters[i].ParameterName) { isKeyShow = true; isValueEqual = string.Equals(psNode.ParameterValue, rt_GetImageInfoAfterSet.MultiResults[0].Parameters[i].ParameterValue); break; // End current for loop to search node } } if (!isValueEqual) // There value is not matched or not found, log fail and then end the compare progress { cp_GetImageInfoAfterSet.Result = TestResult.Fail; if (isKeyShow) { System.Diagnostics.Debug.Print("The return value in getImageInfo does not match the expected."); cp_GetImageInfoAfterSet.Outputs.AddParameter("ImageInfo", "Check the values in getImageInfo return after set image", "The value does not match the expected for node: " + psNode.ParameterName + ". Expect: " + psNode.ParameterValue + ". Actually: " + rt_GetImageInfoAfterSet.MultiResults[0].Parameters[i].ParameterValue); } else { System.Diagnostics.Debug.Print("The return value in getImageInfo does not contain the node: " + psNode.ParameterName); cp_GetImageInfoAfterSet.Outputs.AddParameter("ImageInfo", "Check the values in getImageInfo return after set image", "The return value in getImageInfo does not contain the node: " + psNode.ParameterName); } break; // End current foreach loop, not compare the follwing nodes } } if (isValueEqual) { cp_GetImageInfoAfterSet.Result = TestResult.Pass; System.Diagnostics.Debug.Print("The return values in getImageInfo all match the expected."); cp_GetImageInfoAfterSet.Outputs.AddParameter("getImageInfo", "Get image info after set returns success", rt_GetImageInfoAfterSet.Message); cp_GetImageInfoAfterSet.Outputs.AddParameter("ImageInfo", "Check the values in getImageInfo return after set", "The return values in getImageInfo all match the expected"); } } #endregion #region Step 6: Call ImageService.getImageDescription to check the return value CheckPoint cp_GetImageDescriptionAfterSet = new CheckPoint("Get Image Description", "Call Call imageService.GetImageDescription to get Image description after the image is setd"); r.CheckPoints.Add(cp_GetImageDescriptionAfterSet); XMLResult rt_GetImageDescriptionAfterSet = imageService.getImageDescription(imageinternalUid); if (rt_GetImageDescriptionAfterSet.IsErrorOccured) { cp_GetImageDescriptionAfterSet.Result = TestResult.Fail; cp_GetImageDescriptionAfterSet.Outputs.AddParameter("getImageDescription", "Get image description after set returns error", rt_GetImageDescriptionAfterSet.Message); goto CLEANUP; } else { //Check the value bool isValueEqual = false; bool isKeyShow = false; foreach (XMLParameterNode psNode in ep_getImageDescriptionAfterSet.Parameters) { isValueEqual = false; isKeyShow = false; int i = 0; for (i = 0; i < rt_GetImageDescriptionAfterSet.MultiResults[0].Parameters.Count; i++) { if (psNode.ParameterName == rt_GetImageDescriptionAfterSet.MultiResults[0].Parameters[i].ParameterName) { isKeyShow = true; isValueEqual = string.Equals(psNode.ParameterValue, rt_GetImageDescriptionAfterSet.MultiResults[0].Parameters[i].ParameterValue); break; // End current for loop to search node } } if (!isValueEqual) // There value is not matched or not found, log fail and then end the compare progress { cp_GetImageDescriptionAfterSet.Result = TestResult.Fail; if (isKeyShow) { System.Diagnostics.Debug.Print("The return value in getImageDescription does not match the expected."); cp_GetImageDescriptionAfterSet.Outputs.AddParameter("ImageDescription", "Check the values in getImageDescription return after set image", "The value does not match the expected for node: " + psNode.ParameterName + ". Expect: " + psNode.ParameterValue + ". Actually: " + rt_GetImageDescriptionAfterSet.MultiResults[0].Parameters[i].ParameterValue); } else { System.Diagnostics.Debug.Print("The return value in getImageDescription does not contain the node: " + psNode.ParameterName); cp_GetImageDescriptionAfterSet.Outputs.AddParameter("ImageDescription", "Check the values in getImageDescription return after set image", "The return value in getImageDescription does not contain the node: " + psNode.ParameterName); } break; // End current foreach loop, not compare the follwing nodes } } if (isValueEqual) { cp_GetImageDescriptionAfterSet.Result = TestResult.Pass; System.Diagnostics.Debug.Print("The return values in getImageDescription all match the expected."); cp_GetImageDescriptionAfterSet.Outputs.AddParameter("getImageDescription", "Get image Description after set returns success", rt_GetImageDescriptionAfterSet.Message); cp_GetImageDescriptionAfterSet.Outputs.AddParameter("ImageDescription", "Check the values in getImageDescription return after set", "The return values in getImageDescription all match the expected"); } } #endregion CLEANUP: #region Step 7: Call ImageService.deleteImage to delete the image CheckPoint cp_DeleteImage = new CheckPoint("Delete Image", "Call imageService.deleteImage to delete the image"); r.CheckPoints.Add(cp_DeleteImage); XMLResult rt_DeleteImage = imageService.deleteImage(imageinternalUid, new XMLParameter("preferences")); if (rt_DeleteImage.IsErrorOccured) { cp_DeleteImage.Result = TestResult.Fail; cp_DeleteImage.Outputs.AddParameter("delete image", "Delete image returns error", rt_DeleteImage.Message); SaveRound(r); break; // There is error, end test case } else { cp_DeleteImage.Result = TestResult.Pass; cp_DeleteImage.Outputs.AddParameter("delete image", "Delete image returns success", rt_DeleteImage.Message); } #endregion SaveRound(r); } catch (Exception ex) { CheckPoint cp = new CheckPoint(); r.CheckPoints.Add(cp); cp.Outputs.AddParameter("Exception thrown", "Exception Message", ex.Message); cp.Result = TestResult.Fail; SaveRound(r); } } Output(); }
// Case 1558: 1.1.04.01 SetImage_N01_Call setImage when the original archived image file is accessible public void Run_Image_SetInfo_Normal_Case1558() { int runCount = 0; foreach (InputDataSet ids in this.Input.DataSets) { runCount++; Round r = this.NewRound(runCount.ToString(), ids.Description); try { #region Parameter initialize string patientInternalId = string.Empty; string objectFileFullPath = string.Empty; string archivePath = string.Empty; XMLParameter pSetImageInfo = new XMLParameter("image"); for (int i = 0; i < ids.InputParameters.Count; i++) { if (ids.InputParameters.GetParameter(i).Step == "importImage") { if (ids.InputParameters.GetParameter(i).Key == "objectFileFullPath") { objectFileFullPath = ids.InputParameters.GetParameter(i).Value; } else if (ids.InputParameters.GetParameter(i).Key == "archivePath") { archivePath = ids.InputParameters.GetParameter(i).Value; } } else if (ids.InputParameters.GetParameter(i).Step == "setImageInfo") { pSetImageInfo.AddParameter(ids.InputParameters.GetParameter(i).Key, ids.InputParameters.GetParameter(i).Value); } } #endregion #region Step 0: Create a patient for import patientInternalId = PatientService.Utility_CreatePatientForSpecificCase("case1558"); if (string.IsNullOrEmpty(patientInternalId)) { goto CLEANUP; } #endregion string imageInternalID = string.Empty; string currentPSID = string.Empty; ImportService importService = new ImportService(); #region Step 1: Call ImportService.importObject to import a image CheckPoint cpImportImage = new CheckPoint("Import Image", "Call ImportService.importObject to import an archived image"); r.CheckPoints.Add(cpImportImage); XMLResult rtImportImage = importService.importObject(patientInternalId, null, objectFileFullPath, archivePath, true, "false"); if (rtImportImage.IsErrorOccured) { cpImportImage.Result = TestResult.Fail; cpImportImage.Outputs.AddParameter("Import image returns error", "Import image", rtImportImage.Message); SaveRound(r); continue; // There is error when create image, end current run } else { cpImportImage.Result = TestResult.Pass; cpImportImage.Outputs.AddParameter("Import image returns success", "Import image", rtImportImage.Message); imageInternalID = rtImportImage.MultiResults[0].Parameters[0].ParameterValue; currentPSID = rtImportImage.MultiResults[1].Parameters[0].ParameterValue; } #endregion string imagePathAfterImport = string.Empty; string archivedPathAfterImport = string.Empty; string archiveTagAfterImport = string.Empty; ImageService imageSvc = new ImageService(); #region Step 2-1: Check the getImageDescription return is correct after import image CheckPoint cpGetImageDescriptionAfterImport = new CheckPoint("Check getImageDescription return", "Check getImageDescription return is corerct or not after import image"); r.CheckPoints.Add(cpGetImageDescriptionAfterImport); XMLResult rtGetImageDescriptionAfterImport = imageSvc.getImageDescription(imageInternalID); imagePathAfterImport = rtGetImageDescriptionAfterImport.MultiResults[0].GetParameterValueByName("path"); archivedPathAfterImport = rtGetImageDescriptionAfterImport.MultiResults[0].GetParameterValueByName("archive_path"); archiveTagAfterImport = rtGetImageDescriptionAfterImport.MultiResults[0].GetParameterValueByName("tags"); if (string.IsNullOrEmpty(imagePathAfterImport) && archivedPathAfterImport.Equals(archivePath) && string.IsNullOrEmpty(archiveTagAfterImport)) //getImageDescription should return not tags info { cpGetImageDescriptionAfterImport.Result = TestResult.Pass; cpGetImageDescriptionAfterImport.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is correct after import image" + rtGetImageDescriptionAfterImport.ResultContent); } else { cpGetImageDescriptionAfterImport.Result = TestResult.Fail; cpGetImageDescriptionAfterImport.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is not correct after import image. Actually get: " + rtGetImageDescriptionAfterImport.ResultContent); } #endregion #region Step 2-2: Check the info is correct in getImageInfo return after import image CheckPoint cpGetImageInfoAfterImport = new CheckPoint("Check getImageInfo return", "Check getImageInfo return is corerct or not import the image"); r.CheckPoints.Add(cpGetImageInfoAfterImport); XMLParameter pGetImageInfoAfterImport = new XMLParameter("image"); pGetImageInfoAfterImport.AddParameter("internal_id", imageInternalID); XMLResult rtGetImageInfo = imageSvc.getImageInfo(pGetImageInfoAfterImport); imagePathAfterImport = rtGetImageInfo.DicomArrayResult.GetParameterValueByName("path"); archivedPathAfterImport = rtGetImageInfo.DicomArrayResult.GetParameterValueByName("archive_path"); archiveTagAfterImport = rtGetImageInfo.DicomArrayResult.GetParameterValueByName("tags"); if (string.IsNullOrEmpty(imagePathAfterImport) && string.IsNullOrEmpty(archivedPathAfterImport) && string.IsNullOrEmpty(archiveTagAfterImport)) //&& archivePath.Equals(archivedPathAfterImport) && archiveTagAfterImport == "archived", will be supported in new service { cpGetImageInfoAfterImport.Result = TestResult.Pass; cpGetImageInfoAfterImport.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is correct after import image." + rtGetImageInfo.ResultContent); } else { cpGetImageInfoAfterImport.Result = TestResult.Fail; cpGetImageInfoAfterImport.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is not correct after import image. Actually get: " + rtGetImageInfo.ResultContent); } #endregion #region Step 2-3: Check the image info in listObject retrun after import, such as path, archivePath and tags CheckPoint cpListObject = new CheckPoint("listObjects", "Call PatientService.listObjects to check the archive tag"); r.CheckPoints.Add(cpListObject); NewPatientService patientSvcV2 = new NewPatientService(); PatientListObjectsRequestType pListObjects = new PatientListObjectsRequestType(); pListObjects.current = true; pListObjects.currentSpecified = true; pListObjects.patientInternalId = patientInternalId; pListObjects.type = PatientListObjectsType.presentationState; PatientListObjectsResponseType rtListObjectAfterImport = patientSvcV2.listObjects(pListObjects); if (!patientSvcV2.LastReturnXMLValidateResult.isValid) { cpListObject.Result = TestResult.Fail; cpListObject.Outputs.AddParameter("listObjects", "Check listObjects after import", "The listObjects return XML is not valid per XSD. Returned:" + patientSvcV2.LastReturnXML); } else { bool isArchivePathCorrect = string.Equals(rtListObjectAfterImport.presentationStates[0].image.archivePath, archivePath); bool isPathCorrect = string.IsNullOrEmpty(rtListObjectAfterImport.presentationStates[0].image.path); bool isTagCorrect = string.Equals(rtListObjectAfterImport.presentationStates[0].image.tags, "archived"); if (!isArchivePathCorrect || !isTagCorrect || !isPathCorrect) { cpListObject.Result = TestResult.Fail; cpListObject.Outputs.AddParameter("listObjects", "Check the image info in the listObject return value", "The tag or archivedPath info is wrong in the return. Actually get: " + patientSvcV2.LastReturnXML); } else { cpListObject.Result = TestResult.Pass; cpListObject.Outputs.AddParameter("listObjects", "Check the image info in the listObject return value", "The tag and archivedPath info is correct in the return."); } } #endregion #region Step 3: Call ImageService.SetImageInfo to save the archived image as normal image CheckPoint cpSetImageInfo = new CheckPoint("Set Image Info", "Call ImageService.SetImageInfo to save the archived image as normal image"); r.CheckPoints.Add(cpSetImageInfo); XMLResult rtSetImageInfo = imageSvc.setImageInfo(pSetImageInfo, imageInternalID); if (rtSetImageInfo.IsErrorOccured) { cpSetImageInfo.Result = TestResult.Fail; cpSetImageInfo.Outputs.AddParameter("SetImageInfo returns error", "SetImageInfo", rtSetImageInfo.Message); } else { cpSetImageInfo.Result = TestResult.Pass; cpSetImageInfo.Outputs.AddParameter("SetImageInfo returns success", "SetImageInfo", rtSetImageInfo.Message); #endregion // Wait the file is transferred to server DB System.Threading.Thread.Sleep(3000); // Below to check the info is correct after setImageInfo. Check points includes: //1. The Image ID and PS ID are not changed //2. GetImageDescription return correct image path and archive path, correct archive flag //3. GetImageInfo return correct image path, correct archive flag //4. Use the image path to check the image file is in server DB //5. The original archived image is not deleted //6. The listObject return contains correct archive tag #region Step 4: Check the ps is set, not newly created after set image CheckPoint cpPSID = new CheckPoint("Check PS ID", "Check the PS ID is not changed after call setImageInfo"); r.CheckPoints.Add(cpPSID); XMLParameter pListPS = new XMLParameter("filter"); pListPS.AddParameter("current", "true"); string currentPSIDAfterSet = imageSvc.listPresentationState(pListPS, imageInternalID).SingleResult; if (currentPSIDAfterSet == currentPSID) { cpPSID.Result = TestResult.Pass; cpPSID.Outputs.AddParameter("listPresentationState", "Check PS ID", "The PS ID is not changed"); } else { cpPSID.Result = TestResult.Fail; cpPSID.Outputs.AddParameter("listPresentationState", "Check PS ID", "The PS ID is changed. Expect: " + currentPSID + "; Actually new PS ID: " + currentPSIDAfterSet); } #endregion string imagePathAfterSet = string.Empty; string archivePathAfterSet = string.Empty; string archivedTagAfterSet = string.Empty; #region Step 5: Check the getImageDescription return is correct after set image CheckPoint cpGetImageDescriptionAfterSet = new CheckPoint("Check getImageDescription return", "Check getImageDescription return is corerct or not after call setImageInfo"); r.CheckPoints.Add(cpGetImageDescriptionAfterSet); XMLResult rtGetImageDescriptionAfterSet = imageSvc.getImageDescription(imageInternalID); imagePathAfterSet = rtGetImageDescriptionAfterSet.MultiResults[0].GetParameterValueByName("path"); archivePathAfterSet = rtGetImageDescriptionAfterSet.MultiResults[0].GetParameterValueByName("archive_path"); archivedTagAfterSet = rtGetImageDescriptionAfterSet.MultiResults[0].GetParameterValueByName("tags"); if (imagePathAfterSet.Contains(imageInternalID) && string.IsNullOrEmpty(archivePathAfterSet) && string.IsNullOrEmpty(archivedTagAfterSet)) // imagePathAfterSet sampe: C:/Documents and Settings/All Users/Application Data/TW/PAS/pas_data/patient/03/8af0a7e63310cc65013310d46d0e0003/1956bc28-ca5e-4720-a857-d4de18fc1479/02962f27-e4be-4d59-b112-9663a2f2572b.dcm" { cpGetImageDescriptionAfterSet.Result = TestResult.Pass; cpGetImageDescriptionAfterSet.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is correct after set image"); } else { cpGetImageDescriptionAfterSet.Result = TestResult.Fail; cpGetImageDescriptionAfterSet.Outputs.AddParameter("getImageDescription", "Check getImageDescription return", "The getImageDescription return is not correct after set image. Actually get: " + rtGetImageDescriptionAfterSet.ResultContent); } #endregion #region Step 6: Check the getImageinfo return is correct after set image CheckPoint cpGetImageInfoAfterSet = new CheckPoint("Check getImageInfo return", "Check getImageInfo return is corerct or not after call setImageInfo"); r.CheckPoints.Add(cpGetImageInfoAfterSet); XMLParameter pGetImageInfoAfterSet = new XMLParameter("image"); pGetImageInfoAfterSet.AddParameter("internal_id", imageInternalID); XMLResult rtGetImageInfoAfterSet = imageSvc.getImageInfo(pGetImageInfoAfterSet); imagePathAfterSet = rtGetImageInfoAfterSet.DicomArrayResult.GetParameterValueByName("path"); archivePathAfterSet = rtGetImageInfoAfterSet.DicomArrayResult.GetParameterValueByName("archive_path"); archivedTagAfterSet = rtGetImageInfoAfterSet.DicomArrayResult.GetParameterValueByName("tags"); if (imagePathAfterSet.Contains(Utility.GetCSDMConfig(CSDMConfigSection.local, "patientDirectory")) && imagePathAfterSet.Contains(imageInternalID) && string.IsNullOrEmpty(archivePathAfterSet) && string.IsNullOrEmpty(archivedTagAfterSet)) { cpGetImageInfoAfterSet.Result = TestResult.Pass; cpGetImageInfoAfterSet.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is correct after set image"); } else { cpGetImageInfoAfterSet.Result = TestResult.Fail; cpGetImageInfoAfterSet.Outputs.AddParameter("getImageInfo", "Check getImageInfo return", "The getImageInfo return is not correct after set image. Actually get: " + rtGetImageInfoAfterSet.ResultContent); } #endregion #region Step 7: Check the file exist in server DB CheckPoint cpImageInDB = new CheckPoint("Check file in DB", "Check the file exist in server DB after call setImageInfo"); r.CheckPoints.Add(cpImageInDB); if (Utility.IsImageExistInServerDB(imagePathAfterSet)) { cpImageInDB.Result = TestResult.Pass; cpImageInDB.Outputs.AddParameter("Check the file exist in server DB after call setImageInfo", "Check file in DB", "File exist"); } else { cpImageInDB.Result = TestResult.Fail; cpImageInDB.Outputs.AddParameter("Check the file exist in server DB after call setImageInfo", "Check file in DB", "File NOT exist"); } #endregion #region Step 8: Check the original archived image is not deleted CheckPoint cpOriginalArchivedImage = new CheckPoint("Check original archived file", "Check the original archived image is not deleted after call setImageInfo"); r.CheckPoints.Add(cpOriginalArchivedImage); if (System.IO.File.Exists(archivePath)) { cpOriginalArchivedImage.Result = TestResult.Pass; cpOriginalArchivedImage.Outputs.AddParameter("Check the original archived image is not deleted after call setImageInfo", "Check original archived file", "File exist"); } else { cpOriginalArchivedImage.Result = TestResult.Fail; cpOriginalArchivedImage.Outputs.AddParameter("Check the original archived image is not deleted after call setImageInfo", "Check original archived file", "File NOT exist"); } #endregion #region Step 9: Check the image info in listObject retrun after set, such as path, archivePath and tags CheckPoint cpListObjectAfterSet = new CheckPoint("listObjects", "Call PatientService.listObjects to check the archive tag after set"); r.CheckPoints.Add(cpListObjectAfterSet); PatientListObjectsResponseType rtListObjectAfterSet = patientSvcV2.listObjects(pListObjects); if (!patientSvcV2.LastReturnXMLValidateResult.isValid) { cpListObjectAfterSet.Result = TestResult.Fail; cpListObjectAfterSet.Outputs.AddParameter("listObjects", "Check listObjects after set", "The listObjects return XML is not valid per XSD. Returned:" + patientSvcV2.LastReturnXML); } else { //bool isPathCorrect = rtListObjectAfterSet.presentationStates[0].image.path.Contains(Utility.GetCSDMConfig(CSDMConfigSection.remote, "patientDirectory")) && rtListObjectAfterSet.presentationStates[0].image.path.Contains(imageInternalID); bool isArchivePathCorrect = string.IsNullOrEmpty(rtListObjectAfterSet.presentationStates[0].image.archivePath); bool isTagCorrect = string.IsNullOrEmpty(rtListObjectAfterSet.presentationStates[0].image.tags); if (!isArchivePathCorrect) { cpListObjectAfterSet.Result = TestResult.Fail; cpListObjectAfterSet.Outputs.AddParameter("listObjects", "Check the image info in the listObject return value", "The archivedPath info is wrong in the return. Actually get: " + patientSvcV2.LastReturnXML); } else if (!isTagCorrect) { cpListObjectAfterSet.Result = TestResult.Fail; cpListObjectAfterSet.Outputs.AddParameter("listObjects", "Check the image info in the listObject return value", "The tag info is wrong in the return. Actually get: " + patientSvcV2.LastReturnXML); } //else if (!isPathCorrect) //{ // cpListObjectAfterSet.Result = TestResult.Fail; // cpListObjectAfterSet.Outputs.AddParameter("listObjects", "Check the image info in the listObject return value", "The path info is wrong in the return. Actually get: " + patientSvc.LastReturnXML); //} else { cpListObjectAfterSet.Result = TestResult.Pass; cpListObjectAfterSet.Outputs.AddParameter("listObjects", "Check the image info in the listObject return value", "The tag and archivedPath info is correct in the return."); } } #endregion } #region Step 10: Call ImageService.deleteImage to delete the created image if (!string.IsNullOrEmpty(imageInternalID)) { CheckPoint cp_DeleteImage = new CheckPoint("Delete Image", "Call imageService.deleteImage to delete the image"); r.CheckPoints.Add(cp_DeleteImage); XMLResult rt_DeleteImage = imageSvc.deleteImage(imageInternalID, new XMLParameter("preferences")); if (rt_DeleteImage.IsErrorOccured) { cp_DeleteImage.Result = TestResult.Fail; cp_DeleteImage.Outputs.AddParameter("delete image", "Delete image returns error", rt_DeleteImage.Message); } else { cp_DeleteImage.Result = TestResult.Pass; cp_DeleteImage.Outputs.AddParameter("delete image", "Delete image returns success", rt_DeleteImage.Message); } } #endregion CLEANUP: #region Step 11: Delete the patient used in this case if (!string.IsNullOrEmpty(patientInternalId)) { CheckPoint cp_DeletePatient = new CheckPoint("Step 11: Delete Patient", "Call patientService.deletePatient to delete the patient"); r.CheckPoints.Add(cp_DeletePatient); XMLResult rt_DeletePatient = PatientService.Utility_DeletePatientForSpecificCase(patientInternalId); if (rt_DeletePatient.IsErrorOccured) { cp_DeletePatient.Result = TestResult.Fail; cp_DeletePatient.Outputs.AddParameter("delete patient", "Delete patient returns error", rt_DeletePatient.Message); } else { cp_DeletePatient.Result = TestResult.Pass; cp_DeletePatient.Outputs.AddParameter("delete patient", "Delete patient returns success", rt_DeletePatient.Message); } } #endregion SaveRound(r); } catch (Exception ex) { CheckPoint cp = new CheckPoint(); r.CheckPoints.Add(cp); cp.Result = TestResult.Fail; cp.Outputs.AddParameter("Exception thrown", "Exception Message", ex.ToString()); SaveRound(r); } } Output(); }